Induced seismic monitoring augmented with various multi-type sensors

A computing system, comprising:

• one or more processors;
• and
• a memory system comprising one or more non-transitory computer-readable media storing instructions that, when executed by at least one of the one or more processors, cause the computing system to perform operations, the operations comprising:
• positioning one or more seismic sensors at a wellsite, wherein the one or more seismic sensors are positioned in the subsurface or at a surface above a subsurface, wherein the one or more seismic sensors are configured to measure seismic data, and wherein the one or more seismic sensors comprise one or more geophones, accelerometers, seismometers, or a combination thereof;
• positioning a plurality of non-seismic sensors at the wellsite, wherein the non-seismic sensors are configured to measure non-seismic data, and wherein the non-seismic sensors comprise different types of non-seismic sensors;
• measuring the seismic data using the one or more seismic sensors;
• measuring the non-seismic data using the non-seismic sensors;
• synchronizing the seismic data and the non-seismic data to produce synchronized data;
• mapping seismic hypocenters in the subsurface based on the synchronized data, wherein mapping the seismic hypocenters comprises (1) interpreting the seismic hypocenters using trends and/or correlations and/or (2) determining the seismic hypocenters using triangulation, and wherein the seismic hypocenters comprise microseismic hypocenters;
• and
• displaying the mapped seismic hypocenters.

A non-transitory computer-readable medium storing instructions that, when executed by one or more processors of a computing system, cause the computing system to perform operations, the operations comprising:

• positioning one or more seismic sensors at a wellsite, wherein the one or more seismic sensors are positioned in the subsurface or at a surface above a subsurface, wherein at least one of the one or more seismic sensors positioned in the subsurface is positioned in a monitoring well, wherein the one or more seismic sensors are configured to measure seismic data, and wherein the one or more seismic sensors comprise geophones, accelerometers, and seismometers;
• positioning a plurality of non-seismic sensors at the wellsite, wherein the non-seismic sensors are configured to measure non-seismic data, wherein the non-seismic sensors comprise different types of non-seismic sensors, and wherein the different types of non-seismic sensors comprise one or more:
• carbon sensors positioned in the subsurface or at the surface and configured to measure carbon data;
• temperature sensors positioned in the subsurface or at the surface and configured to measure temperature data;
• disturbed acoustic sensors (DAS) positioned in the subsurface or at the surface and configured to measure acoustic data;
• tiltmeters positioned in the subsurface or at the surface and configured to measure tilt data;
• thermal cameras positioned at the surface and configured to measure thermal data;
• methane sensors positioned at the surface and configured to measure methane data;
• global positioning sensors (GPS) positioned at the surface and configured to measure location data;
• and
• atmospheric sensors positioned at the surface and configured to measure atmospheric data;
• measuring the seismic data using the one or more seismic sensors, wherein the seismic data is measured before, during, and/or after a fluid is injected into an injection well in the subsurface, and wherein the fluid comprises carbon dioxide;
• measuring the non-seismic data using the non-seismic sensors, wherein the non-seismic data is measured before, during, and after the fluid is injected into the injection well in the subsurface;
• synchronizing the seismic data and the non-seismic data to produce synchronized data;
• mapping seismic hypocenters in the subsurface based on the synchronized data, wherein the seismic hypocenters occur in the subsurface due to injection of the fluid into the injection well, wherein mapping the seismic hypocenters comprises (1) interpreting the seismic hypocenters using trends and/or correlations and (2) determining the seismic hypocenters using triangulation, and wherein the seismic hypocenters comprise microseismic hypocenters;
• and
• displaying the mapped seismic hypocenters.